How Do Cats See The Colors Of The World?
If you and have a cat as a pet here o, maybe you wondered more than once like these animals realize the world through It’s s from the sense of sight, farther from the given of its excellent vision. The the night. As human beings study everything around them, there are studies that try to understand how cats live. and in the world.
So they found that the eyes of Those animals t and m many things in common with the ours and too It’s There are some differences W at.
Precisions for understanding how cats see the world
cats eyes is The o specially designed to see in situation çõ es of twilight and darkness . The causes are related to the need that feline ancestors had for extend the time dedicated The here W The.
have to fall W night air caused the cat’s eyes to adapt to such conditions. , it is estimated that cats have an ability between 6 and 8 times larger than people to see.
We count some peculiarities of the feline eyes :
- beings h umanos and cats share the same type of c. It’s vision squid The O (enough O es and cones), which are distributed in different ways. In the eyes of felines predominate the enough O what’s up capture much more light in The you The the sense there colorable. Al It’s Also, they saturate when there is The too much light.
That It’s the reason cats see much better in the dark The O. But also It’s m It’s the cause of seeing everything exaggeratedly clear (as if the world were a white focus) in broad daylight. Our eyes, on the other hand, t and I’m a bigger one u mere cones, which allows us to distinguish the colors with bright light.
- As c It’s enough squid O you are from cats The O connect directly with the ocular nerve . First they do between them and constitute small groups of c It’s squid. That It’s which enables that they see better in twilight or darkness The o, where human eyes are The the almost useless The available.
- On the other hand, during the day, the eyes of cats do not The send it to c It’s rebro informs tions detailed on what O es are stimulated. For this reason , t and I’m a vision The the most turbid daytime to that ours.
- Al It’s bad thing, the predominance there not enough O Its about icons makes the cat see much more accurately The the movements r The pissed , that the feline eyes appear to be slower than they really are. At the same time, they perceive slow movements with greater difficulty, to the point that they can perceive them as stationary objects.
color and focus
Ours thief friends no The O t and um interest special for the colors , like the most mam there feros. the exception here O The norm looks like s The the os primates and humans.
Humans have in their eyes tr. and s types of c It’s Color-receiving cone squids: red, green and blue. cats and c The es, however, do not have the red cone. it can be said that the cats only The the dichro The tics . Your cones s O distinguish length wave s from 450 to 454 nan O meters (blue-violet) and from 550 to 561 nan O meters ( yellow -green).
Recently, studies have been carried out and indicate that they have and um third type of cone that accentuates the green color. In any case, The the one of these animals h The aus and anceries of reds and, in particular, the shades s The o less strong than those perceived by the human eye.
in relation here the steel size from the head W The, the eyes of our feline friends are The the bigger than ours eyes , which contribute to an improvement of vision The the night. Per It’s m , this character there static has drawbacks such as short focus far The ance for them . N The you can focus on something that is less than 30 cents away. there meters.
Luckily, everything pays off and then comes into play the mustaches , that allows to detect objects that are The o close to the body. As a final data, they have and m a visual field of 200 degrees, while that of humans It’s of 180. The the periphery It’s rich It’s 30 degrees on each side, while in humans it is of 20.
However, further from all these technical precisions, scientists have not yet managed to enter in the brain of pets to understand how decode the information they receive through the senses and thus better explain how they perceive the world.